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YIXUN mold
8480419090
Multi-arm force-dispersing design can withstand 5-20kg dynamic loads (depending on material), suitable for scenarios like equipment bases and mechanical supports.
Multiple mounting holes at the center and arm ends enable precise alignment and high-strength connection between components, eliminating looseness or deviation after assembly.
PP Material: Chemically resistant and highly tough, ideal for home appliance bases and light-load equipment brackets.
ABS Material: Impact-resistant and dimensionally stable, suitable for electronic device brackets and small mechanical support structures.
PC Material: High-temperature resistant (-40℃~135℃) and optionally highly transparent, fit for precision brackets in medical devices and optical instruments.
Dimensional accuracy is controlled within ±0.05mm, ensuring “zero-tolerance” assembly with metal or plastic parts.
Surface finish reaches Ra0.8, free of sink marks and weld lines, meeting both aesthetic and functional requirements.
The white appearance is achieved via integrated color masterbatch coloring, with uniform hue and anti-yellowing properties for long-term non-fading use.
Mold Development: Customize multi-cavity injection molds with complex core-pulling structures based on your 3D drawings or samples, supporting slide and lifter designs to achieve integrated molding of special-shaped holes and snaps.
Material & Process Selection: Provide professional recommendations for PP, ABS, PC, etc., based on equipment conditions (load, temperature resistance, appearance requirements). Optional processes include matte finish, high-gloss, and silk-screen printing.
Mass Production Capacity: Equipped with multiple high-speed injection molding machines, capable of 100,000 pieces monthly delivery, with each batch undergoing dimensional inspection, load testing, and weather resistance testing.
Raw materials meet ROHS and REACH environmental certifications, complying with global market access requirements.
Production follows the ISO 9001 quality management system, with full-process traceability.
Multi-arm force-dispersing design can withstand 5-20kg dynamic loads (depending on material), suitable for scenarios like equipment bases and mechanical supports.
Multiple mounting holes at the center and arm ends enable precise alignment and high-strength connection between components, eliminating looseness or deviation after assembly.
PP Material: Chemically resistant and highly tough, ideal for home appliance bases and light-load equipment brackets.
ABS Material: Impact-resistant and dimensionally stable, suitable for electronic device brackets and small mechanical support structures.
PC Material: High-temperature resistant (-40℃~135℃) and optionally highly transparent, fit for precision brackets in medical devices and optical instruments.
Dimensional accuracy is controlled within ±0.05mm, ensuring “zero-tolerance” assembly with metal or plastic parts.
Surface finish reaches Ra0.8, free of sink marks and weld lines, meeting both aesthetic and functional requirements.
The white appearance is achieved via integrated color masterbatch coloring, with uniform hue and anti-yellowing properties for long-term non-fading use.
Mold Development: Customize multi-cavity injection molds with complex core-pulling structures based on your 3D drawings or samples, supporting slide and lifter designs to achieve integrated molding of special-shaped holes and snaps.
Material & Process Selection: Provide professional recommendations for PP, ABS, PC, etc., based on equipment conditions (load, temperature resistance, appearance requirements). Optional processes include matte finish, high-gloss, and silk-screen printing.
Mass Production Capacity: Equipped with multiple high-speed injection molding machines, capable of 100,000 pieces monthly delivery, with each batch undergoing dimensional inspection, load testing, and weather resistance testing.
Raw materials meet ROHS and REACH environmental certifications, complying with global market access requirements.
Production follows the ISO 9001 quality management system, with full-process traceability.
